The Ohio State University Selects TIBA Parking Systems & Signature Control Systems to Implement New Parking Revenue and Control System

TIBA Parking Systems, in association with Signature Control Systems, has been selected by CampusParc to install a new Parking Revenue and Access Control System (PARCS) in The Ohio State University parking garages.

CampusParc, operating and maintaining Ohio State’s parking system under a 50-year lease since September 2012, elected to replace all 98 lanes of an existing Parking and Revenue Control System. The Ohio State parking system is currently one of the largest of its kind. Its 16 garages, with approximately 13,000 parking spaces, along with an additional 23,000 spaces in 188 surface lots, are spread over 78 million square feet on the Columbus campus. TIBA was selected to provide a complete, network based PARCS solution for the university’s multi-level parking structures. The contract was awarded to TIBA, in large part, due to TIBA’s reputation for quality, reliability, and unparalleled agility tailored to the business needs of large and complex installations, which align with CampusParc’s strategy to provide enhanced customer services, efficient and hassle-free access to campus parking, and strategic investments in the parking system. TIBA’s new PARCS solution uses advanced parking technologies to improve operational efficiency, build revenue, and enhance business intelligence. Whether it is allowing access before physical credentials are sent, adding time to an existing access, or creating easy and flexible validation options, the TIBA system provides a solution that seamlessly integrates with third-party online services.

“TIBA is known for providing flexible solutions for large and complex projects. The combination of TIBA’s solutions and Signature Control Systems’ integration has earned our confidence in a successful partnership. In light of our prior business relationship with Signature Control Systems, we are excited about working with TIBA and growing our partnership over the coming years,” said Sarah Blouch, President and CEO of CampusParc.

Jon J. Bowsher, President of TIBA Americas, added: “We’re delighted with this opportunity to upgrade the PARCS technologies at The Ohio State University. We are always enthusiastic about providing customized solutions for complex projects and meeting clients’ multifaceted requirements.”

About TIBA

For 30 years, TIBA has provided innovative solutions for the parking market, resulting in reliable, user-friendly products that lower the price of initial acquisition and the cost of ongoing maintenance. TIBA has done this through a focus on software while supporting many hardware versions well over a decade old. This allow owners to keep the capital investment down while still enjoying the latest software functionality. With extensive global experience, TIBA’s robust, scalable architecture enables parking operators to keep pace with the latest trends in centralized operations, automated smart facilities, web reservations and mobile payments. TIBA’s flexible software grants parking operators to be IoT-connected, leveraging big data to increase revenue. TIBA’s agile integrations with third party systems, empowers parking operators to be part of the Smart Cities ecosystem.

About CampusParc

CampusParc was established in 2012 as a result of Australia-based QIC’s $483 million up-front payment for the right to operate The Ohio State University’s parking system for 50 years. They operate the university’s parking system, to include: providing parking access to campus; parking assistance, directions, customer service; parking facility maintenance; management of the permit system; motorist assistance; special events parking management; and parking enforcement. They also plan and facilitate the capital maintenance of the university's parking system to ensure assets are in sound repair and provide a safe environment for customers.

Contact

Follow

Cookie Control

This site uses some unobtrusive cookies to store information on your computer.

Some cookies on this site are essential, and the site won't work as expected without them.
These cookies are set when you submit a form, login or interact with the site by doing something that goes beyond clicking on simple links.

We also use some non-essential cookies to anonymously track visitors or enhance your experience of the site.